Herz commotherm 30 SW, Руководство по эксплуатации

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4 Mode of operation
14
Table 4. 2: Overview of the operation conditions to be maintained
Fault source Possible consequences
Flow temperature
> 55°C

Device works inefficiently

Device is constantly malfunctioning

Compressor is heavily
Temperature of the
brine
< -6°C

Device works inefficiently

Danger of freezing of the device
No flow rate for
heating equipment

The system will be extremely
overloaded
released (=high
No flow rate for
brine equipment

The system will be extremely
overloaded until the safety device is
released (=low pressure switch)

In addition, a freeze of the system
and
the device
exchanger and subsequent escape
of refrigerant can take place.

 In the worst case, the device is
destroyed and must be replaced!
No ground water
flow (only for WW-
devices)

The system will be extremely
overloaded until the safety
released (=low pressure switch)

A freezing of the system and the
external heat exchanger is possible.
: Overview of the operation conditions to be maintained
Possible consequences Measures to avoid faults
Device works inefficiently

Adapt operating temperatures to
the actual requirements and set as
low as possible
Device is constantly malfunctioning
Compressor is heavily overloaded
Device works inefficiently
Danger of freezing of the device

Check brine flow

Possibly air in the device

System pressure is too low
The system will be extremely
overloaded until the safety device is
released (=high pressure switch)

With new systems, daily checking
of the water flow rate is required
(thereafter annually).
The system will be extremely
overloaded until the safety device is
released (=low pressure switch)
In addition, a freeze of the system
and
the device-inernal heat
exchanger and subsequent escape
of refrigerant can take place.
In the worst case, the device is
destroyed and must be replaced!

With new systems, daily
of the water flow rate and the
pressure of the system is required
(thereafter annually).

Annual check of frost protection
(at least -15 ° C)
The system will be extremely
overloaded until the safety device is
released (=low pressure switch)
A freezing of the system and the
external heat exchanger is possible.

With new systems, daily checking
of the water flow rate and the
pressure of the system is required
(thereafter annually).

Clean the filter

Control of the groundwater
production system

Annual maintenance of the
submersible pump
Measures to avoid faults
operating temperatures to
requirements and set as
low as possible
Check brine flow
Possibly air in the device
System pressure is too low
With new systems, daily checking
of the water flow rate is required
(thereafter annually).
With new systems, daily checking
of the water flow rate and the
pressure of the system is required
(thereafter annually).
Annual check of frost protection
15 ° C)
With new systems, daily checking
of the water flow rate and the
pressure of the system is required
(thereafter annually).
Clean the filter
ol of the groundwater
production system
Annual maintenance of the
submersible pump